초록 ▼

A device for coupling two pipes made of composite material based on a reinforced thermoplastic, includes a sleeve (40) threaded on its internal wall and intended to be joined to an end (21) of the first pipe (20) and to an end (31) of the second pipe (30). A sealing element (44) creates a seal in th

A device for coupling two pipes made of composite material based on a reinforced thermoplastic, includes a sleeve (40) threaded on its internal wall and intended to be joined to an end (21) of the first pipe (20) and to an end (31) of the second pipe (30). A sealing element (44) creates a seal in the coupling zone. A first end-piece (11) is intended to be fastened to the end (21) of the first pipe and a second end-piece (12) is intended to be fastened to the end (31) of the second pipe. Each end-piece has over at least part of its external surface (13, 14) a screw thread (15, 16) intended to engage in a complementary manner with the screw thread (48) of the sleeve (40).

대표청구항 ▼

A device for coupling two pipes made of composite material based on a reinforced thermoplastic, includes a sleeve (40) threaded on its internal wall and intended to be joined to an end (21) of the first pipe (20) and to an end (31) of the second pipe (30). A sealing element (44) creates a seal in th

A device for coupling two pipes made of composite material based on a reinforced thermoplastic, includes a sleeve (40) threaded on its internal wall and intended to be joined to an end (21) of the first pipe (20) and to an end (31) of the second pipe (30). A sealing element (44) creates a seal in the coupling zone. A first end-piece (11) is intended to be fastened to the end (21) of the first pipe and a second end-piece (12) is intended to be fastened to the end (31) of the second pipe. Each end-piece has over at least part of its external surface (13, 14) a screw thread (15, 16) intended to engage in a complementary manner with the screw thread (48) of the sleeve (40). decoding circuit for receiving the radio configuration information signal and retrieving the signal path information from the radio configuration information signal. 4. The radio base station of claim 1, wherein the transceiver is connected to a second end of the first interconnection and wherein the transceiver includes a first decoding circuit for receiving the radio configuration information signal and retrieving the signal path information from the radio configuration information signal. 5. The radio base station of claim 4, further comprising: a preceding combining/distribution unit, wherein the signal path is routed through the preceding combining/distribution unit, the preceding combining/distribution unit including a signal generator for generating a preliminary radio configuration information signal and including a port for transmitting the preliminary radio configuration information signal over a preceding interconnection, the port of the preceding combining/distribution unit and the preceding interconnection forming a portion of the signal path and the preliminary radio configuration information signal including information about the signal path, wherein a first end of the preceding interconnection is connected to the port of the preceding combining/distribution unit and a second end of the preceding interconnection is connected to the first combining/distribution unit. 6. The radio base station of claim 5, wherein the first combining/distribution unit includes a decoding circuit for receiving the preliminary radio configuration information signal and retrieving the signal path information from the preliminary radio configuration information signal, the first combining/distribution unit operating to incorporate the retrieved signal path information into the radio configuration information signal generated by the first combining/distribution unit. 7. The radio base station of claim 1, wherein the transceiver receives and examines a plurality of radio configuration information signals to identify a plurality of signal paths. 8. The radio base station of claim 1, wherein the generation of the radio configuration information signal is initiated by a control signal received by the first combining/distribution unit from the transceiver. 9. The radio base station of claim 1, wherein the generation of the radio configuration information signal is initiated periodically. 10. The radio base station of claim 1, wherein the generation of the radio configuration information signal comprises generating controlled DC voltage variations on the first interconnection. 11. The radio base station of claim 1, wherein the generation of the radio configuration information signal comprises generating a signal having a frequency significantly different than a frequency of the radio frequency signals transported between the antenna and the transceiver. 12. The radio base station of claim 1, wherein the antenna includes a port for sending antenna identification data over an antenna interconnection to the first combining/distribution unit. 13. A combining/distribution unit of a base station in a telecommunication network, comprising: a filtering circuit for receiving and retrieving an incoming radio configuration information signal generated by a preceding device in a radio signal path, the filtering circuit for at least substantially removing any radio frequency components signals transmitted over a first, shared interface to retrieve the radio configuration information signal; an integrated circuit for decoding the incoming radio configuration information signal received from the filtering circuit and generating an updated radio configuration information signal, the updated radio configuration information signal including radio configuration information data relating to said combining/distribution unit, wherein the integrated circuit is further for routing the updated radio configuration information signal in accordance with an int ernal radio signal path of the combining/distribution unit; and a signal generator for transmitting the updated radio configuration information signal over a second interface. 14. The combining/distribution unit of claim 13, wherein the updated radio configuration information signal includes data received in the incoming radio configuration information signal. 15. The combining/distribution unit of claim 13, wherein the integrated circuit further operates to route the received incoming radio configuration information signal in accordance with the internal radio signal path of the combining/distribution unit and the signal generator further operates to transmit the received incoming radio configuration information signal over the second interface. 16. The combining/distribution unit of claim 13, wherein the preceding device comprises said combining/distribution unit. 17. The combining/distribution unit of claim 13, further comprising a radio frequency switch for switching the internal radio signal path of the combining/distribution unit between at least two different radio frequency interconnections, wherein the integrated circuit further operates to route the updated radio configuration information signal in accordance with a current internal radio signal path.